Pre Gene Modal
BGIBMGA004019
Annotation
X-ray_repair_cross-complementing_protein_5_[Operophtera_brumata]
Full name
X-ray repair cross-complementing protein 5
+ More
ATP-dependent DNA helicase 2 subunit 1
ATP-dependent DNA helicase 2 subunit 1
Alternative Name
5'-deoxyribose-5-phosphate lyase Ku70
ATP-dependent DNA helicase 2 subunit 1
ATP-dependent DNA helicase II 70 kDa subunit
DNA repair protein XRCC6
Ku autoantigen protein p70 homolog
ATP-dependent DNA helicase II subunit Ku70
ATP-dependent DNA helicase 2 subunit 1
ATP-dependent DNA helicase II 70 kDa subunit
DNA repair protein XRCC6
Ku autoantigen protein p70 homolog
ATP-dependent DNA helicase II subunit Ku70
Location in the cell
Nuclear Reliability : 2.971
Sequence
CDS
ATGGATTCTGATATTGAAGTAGAAGAGTGCGAAGAGTTTTCTTATAGAGGAAACGCTGGAACTATAATTCTTATCAATGTATACGATCCCCTATCGTGTAAATTCCCACAAATTGCGCATGTTGCAACGTGTCAGGCACTCAAACATTATCTACGTACATCTACTTCGCATAATGTAGGTGTTGTCTTATATGGTATTGATGATCCAACTTCGAACATTAAAAACGTATTAGAAGTTATGCCATTGGCGCCACCTAACATGGATGACTATAAAAAACTAAAAAACATCAACATTCTAGCTCTCAAACAAGCAAAAGAATTAAGATTGTCAGATGCGTTATGGTACTGCAATAAAATGTTTAATAGTTGTACAAAAACACTATCCTCTCAAACTATTATTCTATTGTCAAGACTTGATACACCACCTCTGTCTGAGGATGAAACACCAACATTTGATAGAATTGTTGAATTGAATAATTCTGAGATAATTCTCAAATTAATTAATTTGTCTGACTCTGAATATGAAATTCATCAATTTTATAAAGATTTGCTATTTGAGGTAAATAAAAACTCATTGCCAAAATCAGTTTGGAAAATTGAAGATGTTACAAAGTTAATTCTAAATGAATGTGACCGTCATTTAGCGACCGCTCAGCTTATTTTTGAAATTGGGAATAATGTATCAATTGGTATTTCTATCTATAAACTATTGAAAAGCAACATAGAACCAAAGAAAGTGTATTTAAGTAATGAAACAAATGCTGTTGTAACTAGTGACACTAAAACGACTAAAGTTTTGGTAAAACCTGATACTGATATGGATATTGATAGGGTTGAAGAACAAGAAATGCCTTTACTTAAGTCTGAGCTGCTTCACTGTCAAGAATATGGCAATGAGATTATAGCATTCACTGATAATGAATTTAAAACTATAAATAACCCATTTGGTCCAGCGAAACTAAAACTGTTGGGATTCAAACCAGAAACTTTCCTCTGTAAAGAGAAATGGTTTTTGAAAAATTGTTCTTTCTTATTCCCTAATGAAAAATCAATAGAAGGTTCTACAACTGCTCTCAAGGCAATGCACCAAGCATGTATTGAAACAAAAACTGTAGCTATTTGTGTGATTTGTTCTAGAATAAATTCTAAACCTAACATAGTGGCTCTTTCACCCTGTACTCGGCCCCTTGGTTTAGATATAGATATTGGATTTGATGTCATACCATTACCATTTTCAGAAAATGTAAGGGATCTCTCAAGTCTTTTTTCAGATGAAATAGCAGATACGTCAGACACACAAAAAGATATGCTCAAAAATATTATTAATAATGTAAAGTTTAATTACACTCCAAGCATGTTTGAAAATCCTAAGTTGCAATCATTGTATAGAGTTATTGAAGCAAAAGCATTAAAACAAGATGACATAGAGCCTTTTGTTGATACCACAAAACCACTAAATAAAATATTTAATGAGATTGATGGGGAACAATTTTATGAACTATTTGGTCCATTCGGAGTAACCGCAGTCAAAAGAAATAGTGAAACAAAACCAGCTAATACCAAACTACAAAAGACTGCTGATGTCAATATTGATGTATTAGATCAAAGAGTTAAAGACAGAAAAGTAAATATGTATACTGTACCCCAACTTAAAGATATACTGAAACATAAGAAAGCAACAGAAGCTCTGACAGGTTTAAATAAAAGTAATCTAGTTGATTTAGTTTACAAATATTGTAGTTAA
Protein
MDSDIEVEECEEFSYRGNAGTIILINVYDPLSCKFPQIAHVATCQALKHYLRTSTSHNVGVVLYGIDDPTSNIKNVLEVMPLAPPNMDDYKKLKNINILALKQAKELRLSDALWYCNKMFNSCTKTLSSQTIILLSRLDTPPLSEDETPTFDRIVELNNSEIILKLINLSDSEYEIHQFYKDLLFEVNKNSLPKSVWKIEDVTKLILNECDRHLATAQLIFEIGNNVSIGISIYKLLKSNIEPKKVYLSNETNAVVTSDTKTTKVLVKPDTDMDIDRVEEQEMPLLKSELLHCQEYGNEIIAFTDNEFKTINNPFGPAKLKLLGFKPETFLCKEKWFLKNCSFLFPNEKSIEGSTTALKAMHQACIETKTVAICVICSRINSKPNIVALSPCTRPLGLDIDIGFDVIPLPFSENVRDLSSLFSDEIADTSDTQKDMLKNIINNVKFNYTPSMFENPKLQSLYRVIEAKALKQDDIEPFVDTTKPLNKIFNEIDGEQFYELFGPFGVTAVKRNSETKPANTKLQKTADVNIDVLDQRVKDRKVNMYTVPQLKDILKHKKATEALTGLNKSNLVDLVYKYCS
Summary
Description
Single-stranded DNA-dependent ATP-dependent helicase. Has a role in chromosome translocation. The DNA helicase II complex binds preferentially to fork-like ends of double-stranded DNA in a cell cycle-dependent manner. It works in the 3'-5' direction. Binding to DNA may be mediated by XRCC6. Involved in DNA non-homologous end joining (NHEJ) required for double-strand break repair and V(D)J recombination. The XRCC5/6 dimer acts as regulatory subunit of the DNA-dependent protein kinase complex DNA-PK by increasing the affinity of the catalytic subunit PRKDC to DNA by 100-fold. The XRCC5/6 dimer is probably involved in stabilizing broken DNA ends and bringing them together. The assembly of the DNA-PK complex to DNA ends is required for the NHEJ ligation step. Probably also acts as a 5'-deoxyribose-5-phosphate lyase (5'-dRP lyase), by catalyzing the beta-elimination of the 5' deoxyribose-5-phosphate at an abasic site near double-strand breaks. 5'-dRP lyase activity allows to 'clean' the termini of abasic sites, a class of nucleotide damage commonly associated with strand breaks, before such broken ends can be joined. The XRCC5/6 dimer together with APEX1 acts as a negative regulator of transcription (By similarity).
Single-stranded DNA-dependent ATP-dependent helicase. Involved in non-homologous end joining (NHEJ) DNA double strand break repair. DNA-binding is sequence-independent but has a high affinity to nicks in double-stranded DNA and to the ends of duplex DNA. Binds to naturally occurring chromosomal ends, and therefore provides chromosomal end protection. Required also for telomere recombination to repair telomeric ends in the absence of telomerase. KU70, of the KU70/KU80 heterodimer, binds to the stem loop of TLC1, the RNA component of telomerase. Involved in telomere maintenance. Interacts with telomeric repeats and subtelomeric sequences thereby controlling telomere length and protecting against subtelomeric rearrangement. Maintains telomeric chromatin, which is involved in silencing the expression of genes located at the telomere. Required for mating-type switching (By similarity).
Single-stranded DNA-dependent ATP-dependent helicase. Involved in non-homologous end joining (NHEJ) DNA double strand break repair. DNA-binding is sequence-independent but has a high affinity to nicks in double-stranded DNA and to the ends of duplex DNA. Binds to naturally occurring chromosomal ends, and therefore provides chromosomal end protection. Required also for telomere recombination to repair telomeric ends in the absence of telomerase. KU70, of the KU70/KU80 heterodimer, binds to the stem loop of TLC1, the RNA component of telomerase. Involved in telomere maintenance. Interacts with telomeric repeats and subtelomeric sequences thereby controlling telomere length and protecting against subtelomeric rearrangement. Maintains telomeric chromatin, which is involved in silencing the expression of genes located at the telomere. Required for mating-type switching (By similarity).
Catalytic Activity
ATP + H2O = ADP + H(+) + phosphate
Subunit
Heterodimer composed of XRCC5/Ku80 and XRCC6/Ku70. The dimer associates in a DNA-dependent manner with PRKDC to form the DNA-dependent protein kinase complex DNA-PK, and with the LIG4-XRCC4 complex to form the core of the non-homologous end joining (NHEJ) complex. Additional components of the NHEJ complex include NHEJ1/XLF and PAXX.
Heterodimer of a 70 kDa and a 80 kDa subunit.
Heterodimer of a 70 kDa and a 80 kDa subunit.
Similarity
Belongs to the ku70 family.
Keywords
Activator
ATP-binding
Chromosome
Complete proteome
DNA damage
DNA recombination
DNA repair
DNA-binding
Helicase
Hydrolase
Lyase
Multifunctional enzyme
Nucleotide-binding
Nucleus
Phosphoprotein
Reference proteome
Transcription
Transcription regulation
Feature
chain X-ray repair cross-complementing protein 5
Uniprot
H9J3D2
A0A2A4JHH4
A0A0L7LLF0
S4PY56
A0A2H1X3H1
A0A1E1VYT5
+ More
A0A194R192 A0A0N0PAF2 A0A194QCW0 A0A2Z5TRK7 A0A182NR69 A0A0K2UHW4 A0A2T7PJ38 V4A296 A0A2R2MP62 A0A1J1IT29 A0A210PZ73 A0A088DJF3 A0A067R5P0 A0A182Y423 A0A182XAF9 A0A182LE76 A0A2J7PVN4 Q7QCL6 A0A182VGW0 F7E5D3 F7BBB7 Q6DJB1 A0A182HS98 A0A060A9J5 Q9W626 A0A182RTH7 R7V0Z7 A0A182UJM6 A0A1L8GNA8 C3Z1F8 A0A182GZ46 A0A182QLZ5 Q6AZR6 A0A0P4WJQ7 K1R1F0 A0A182M049 M7BXF6 A0A2C9GGD1 A0A0P6J643 A0A2P2HZY3 T1FUD3 G3URY6 A0A182PKS9 O93257 A0A091HLI4 V5HP69 D3BIG5 F1NED5 A0A1D5PKF7 A0A131Y1D3 A0A091S6E1 A0A0Q3TEI3 T2MGH8 A0A2L2Y8B8 A0A3Q2G991 A0A182VZW2 A0A1U7S934 G1NHT5 A0A3Q2DM14 A0A1U7RXR6 R7VY25 A0A2I0MJF2 A0A1L8DX21 G1KCX9 B3SBI2 A0A336M5J1 U3I9T6 A0A369S1K2 A0A3M7T062 A0A091NB07 A0A1Q3F3H2 A0A151NHL3 T1J442 A0A0F7Z7V5 A0A1B6K8I0 A0A2D4F0E3 A0A2D4IEY3 A0A091QMV6 W5KJI9 H9H703 A0A2H6N928 G3WB04 V9KLQ0 A0A2D4Q3U7 A0A131YNA0 Q26228 A0A2I0USE4 U3KBP9 A0A2D4Q3V7 A0A2B4SAB1
A0A194R192 A0A0N0PAF2 A0A194QCW0 A0A2Z5TRK7 A0A182NR69 A0A0K2UHW4 A0A2T7PJ38 V4A296 A0A2R2MP62 A0A1J1IT29 A0A210PZ73 A0A088DJF3 A0A067R5P0 A0A182Y423 A0A182XAF9 A0A182LE76 A0A2J7PVN4 Q7QCL6 A0A182VGW0 F7E5D3 F7BBB7 Q6DJB1 A0A182HS98 A0A060A9J5 Q9W626 A0A182RTH7 R7V0Z7 A0A182UJM6 A0A1L8GNA8 C3Z1F8 A0A182GZ46 A0A182QLZ5 Q6AZR6 A0A0P4WJQ7 K1R1F0 A0A182M049 M7BXF6 A0A2C9GGD1 A0A0P6J643 A0A2P2HZY3 T1FUD3 G3URY6 A0A182PKS9 O93257 A0A091HLI4 V5HP69 D3BIG5 F1NED5 A0A1D5PKF7 A0A131Y1D3 A0A091S6E1 A0A0Q3TEI3 T2MGH8 A0A2L2Y8B8 A0A3Q2G991 A0A182VZW2 A0A1U7S934 G1NHT5 A0A3Q2DM14 A0A1U7RXR6 R7VY25 A0A2I0MJF2 A0A1L8DX21 G1KCX9 B3SBI2 A0A336M5J1 U3I9T6 A0A369S1K2 A0A3M7T062 A0A091NB07 A0A1Q3F3H2 A0A151NHL3 T1J442 A0A0F7Z7V5 A0A1B6K8I0 A0A2D4F0E3 A0A2D4IEY3 A0A091QMV6 W5KJI9 H9H703 A0A2H6N928 G3WB04 V9KLQ0 A0A2D4Q3U7 A0A131YNA0 Q26228 A0A2I0USE4 U3KBP9 A0A2D4Q3V7 A0A2B4SAB1
EC Number
3.6.4.12
Pubmed
19121390
26227816
23622113
26354079
26760975
23254933
+ More
28812685 24800869 24845553 25244985 20966253 12364791 14747013 17210077 20431018 24632311 10209269 27762356 18563158 26483478 22992520 23624526 26999592 20838655 9736627 25765539 21757610 15592404 24065732 26561354 23371554 18719581 23749191 30042472 30375419 22293439 25329095 17495919 21709235 24402279 26830274 8597595
28812685 24800869 24845553 25244985 20966253 12364791 14747013 17210077 20431018 24632311 10209269 27762356 18563158 26483478 22992520 23624526 26999592 20838655 9736627 25765539 21757610 15592404 24065732 26561354 23371554 18719581 23749191 30042472 30375419 22293439 25329095 17495919 21709235 24402279 26830274 8597595
EMBL
BABH01021571
NWSH01001566
PCG70842.1
JTDY01000700
KOB76169.1
GAIX01003873
+ More
JAA88687.1 ODYU01013106 SOQ59792.1 GDQN01011174 JAT79880.1 KQ461073 KPJ09611.1 KQ458556 KPJ05822.1 KQ459185 KPJ03302.1 FX985843 BBA93730.1 HACA01020452 CDW37813.1 PZQS01000003 PVD33438.1 KB201304 ESO97963.1 CVRI01000057 CRL02262.1 NEDP02005356 OWF41790.1 KJ152435 AIL94177.1 KK852727 KDR17626.1 NEVH01020945 PNF20398.1 AAAB01008859 EAA08137.5 EGK96800.1 AAMC01009104 AAMC01009105 AAMC01009106 AAMC01009107 AAMC01009108 AAMC01009109 BC075271 AAH75271.1 APCN01000256 KJ401341 AIA61437.1 AB020608 BAA76953.1 AMQN01000816 KB296161 ELU12174.1 CM004472 OCT85332.1 GG666573 EEN53576.1 JXUM01098668 JXUM01098669 JXUM01098670 JXUM01098671 JXUM01098672 KQ564439 KXJ72268.1 AXCN02001469 BC077445 AAH77445.1 GDRN01084100 GDRN01084099 JAI61554.1 JH817518 EKC34975.1 AXCM01000275 KB481965 EMP41869.1 GDUN01000253 JAN95666.1 IACF01001655 LAB67344.1 AMQM01005815 KB097106 ESN99570.1 AB016529 KL217504 KFO96069.1 GANP01007026 JAB77442.1 ADBJ01000037 EFA79065.1 AADN05000523 GEFM01003488 JAP72308.1 KK943949 KFQ52863.1 LMAW01002623 KQK78918.1 HAAD01005146 CDG71378.1 IAAA01016318 IAAA01016319 LAA04412.1 KB376364 EMC89970.1 AKCR02000009 PKK29805.1 GFDF01003125 JAV10959.1 DS985265 EDV19898.1 UFQS01000590 UFQT01000590 SSX05181.1 SSX25542.1 ADON01129801 NOWV01000091 RDD40807.1 REGN01000530 RNA41208.1 KL379146 KFP86069.1 GFDL01012939 JAV22106.1 AKHW03002956 KYO36240.1 JH431836 GBEX01004021 JAI10539.1 GEBQ01032262 JAT07715.1 IACJ01046988 LAA40961.1 IACK01100981 IACK01100982 LAA82779.1 KK799808 KFQ27941.1 IACI01064708 LAA27229.1 AEFK01203879 AEFK01203880 AEFK01203881 JW866936 AFO99453.1 IACN01113340 LAB64905.1 GEDV01007804 JAP80753.1 L41356 KZ505643 PKU48975.1 AGTO01000068 IACN01113339 LAB64902.1 LSMT01000143 PFX25750.1
JAA88687.1 ODYU01013106 SOQ59792.1 GDQN01011174 JAT79880.1 KQ461073 KPJ09611.1 KQ458556 KPJ05822.1 KQ459185 KPJ03302.1 FX985843 BBA93730.1 HACA01020452 CDW37813.1 PZQS01000003 PVD33438.1 KB201304 ESO97963.1 CVRI01000057 CRL02262.1 NEDP02005356 OWF41790.1 KJ152435 AIL94177.1 KK852727 KDR17626.1 NEVH01020945 PNF20398.1 AAAB01008859 EAA08137.5 EGK96800.1 AAMC01009104 AAMC01009105 AAMC01009106 AAMC01009107 AAMC01009108 AAMC01009109 BC075271 AAH75271.1 APCN01000256 KJ401341 AIA61437.1 AB020608 BAA76953.1 AMQN01000816 KB296161 ELU12174.1 CM004472 OCT85332.1 GG666573 EEN53576.1 JXUM01098668 JXUM01098669 JXUM01098670 JXUM01098671 JXUM01098672 KQ564439 KXJ72268.1 AXCN02001469 BC077445 AAH77445.1 GDRN01084100 GDRN01084099 JAI61554.1 JH817518 EKC34975.1 AXCM01000275 KB481965 EMP41869.1 GDUN01000253 JAN95666.1 IACF01001655 LAB67344.1 AMQM01005815 KB097106 ESN99570.1 AB016529 KL217504 KFO96069.1 GANP01007026 JAB77442.1 ADBJ01000037 EFA79065.1 AADN05000523 GEFM01003488 JAP72308.1 KK943949 KFQ52863.1 LMAW01002623 KQK78918.1 HAAD01005146 CDG71378.1 IAAA01016318 IAAA01016319 LAA04412.1 KB376364 EMC89970.1 AKCR02000009 PKK29805.1 GFDF01003125 JAV10959.1 DS985265 EDV19898.1 UFQS01000590 UFQT01000590 SSX05181.1 SSX25542.1 ADON01129801 NOWV01000091 RDD40807.1 REGN01000530 RNA41208.1 KL379146 KFP86069.1 GFDL01012939 JAV22106.1 AKHW03002956 KYO36240.1 JH431836 GBEX01004021 JAI10539.1 GEBQ01032262 JAT07715.1 IACJ01046988 LAA40961.1 IACK01100981 IACK01100982 LAA82779.1 KK799808 KFQ27941.1 IACI01064708 LAA27229.1 AEFK01203879 AEFK01203880 AEFK01203881 JW866936 AFO99453.1 IACN01113340 LAB64905.1 GEDV01007804 JAP80753.1 L41356 KZ505643 PKU48975.1 AGTO01000068 IACN01113339 LAB64902.1 LSMT01000143 PFX25750.1
Proteomes
UP000005204
UP000218220
UP000037510
UP000053240
UP000053268
UP000075884
+ More
UP000245119 UP000030746 UP000085678 UP000183832 UP000242188 UP000027135 UP000076408 UP000076407 UP000075882 UP000235965 UP000007062 UP000075903 UP000008143 UP000075840 UP000075900 UP000014760 UP000075902 UP000186698 UP000001554 UP000069940 UP000249989 UP000075886 UP000005408 UP000075883 UP000031443 UP000015101 UP000001645 UP000075885 UP000000539 UP000054308 UP000001396 UP000051836 UP000265020 UP000075920 UP000189705 UP000053872 UP000001646 UP000009022 UP000016666 UP000253843 UP000276133 UP000050525 UP000018467 UP000002280 UP000007648 UP000016665 UP000225706
UP000245119 UP000030746 UP000085678 UP000183832 UP000242188 UP000027135 UP000076408 UP000076407 UP000075882 UP000235965 UP000007062 UP000075903 UP000008143 UP000075840 UP000075900 UP000014760 UP000075902 UP000186698 UP000001554 UP000069940 UP000249989 UP000075886 UP000005408 UP000075883 UP000031443 UP000015101 UP000001645 UP000075885 UP000000539 UP000054308 UP000001396 UP000051836 UP000265020 UP000075920 UP000189705 UP000053872 UP000001646 UP000009022 UP000016666 UP000253843 UP000276133 UP000050525 UP000018467 UP000002280 UP000007648 UP000016665 UP000225706
Interpro
IPR016194
SPOC-like_C_dom_sf
+ More
IPR006165 Ku70
IPR005161 Ku_N
IPR006164 Ku70/Ku80_beta-barrel_dom
IPR027388 Ku70_bridge/pillars_dom_sf
IPR036465 vWFA_dom_sf
IPR005160 Ku_C
IPR025856 HeH/LEM_domain
IPR036361 SAP_dom_sf
IPR002035 VWF_A
IPR003034 SAP_dom
IPR019406 APLF_PBZ
IPR036779 LysM_dom_sf
IPR018392 LysM_dom
IPR006165 Ku70
IPR005161 Ku_N
IPR006164 Ku70/Ku80_beta-barrel_dom
IPR027388 Ku70_bridge/pillars_dom_sf
IPR036465 vWFA_dom_sf
IPR005160 Ku_C
IPR025856 HeH/LEM_domain
IPR036361 SAP_dom_sf
IPR002035 VWF_A
IPR003034 SAP_dom
IPR019406 APLF_PBZ
IPR036779 LysM_dom_sf
IPR018392 LysM_dom
CDD
ProteinModelPortal
H9J3D2
A0A2A4JHH4
A0A0L7LLF0
S4PY56
A0A2H1X3H1
A0A1E1VYT5
+ More
A0A194R192 A0A0N0PAF2 A0A194QCW0 A0A2Z5TRK7 A0A182NR69 A0A0K2UHW4 A0A2T7PJ38 V4A296 A0A2R2MP62 A0A1J1IT29 A0A210PZ73 A0A088DJF3 A0A067R5P0 A0A182Y423 A0A182XAF9 A0A182LE76 A0A2J7PVN4 Q7QCL6 A0A182VGW0 F7E5D3 F7BBB7 Q6DJB1 A0A182HS98 A0A060A9J5 Q9W626 A0A182RTH7 R7V0Z7 A0A182UJM6 A0A1L8GNA8 C3Z1F8 A0A182GZ46 A0A182QLZ5 Q6AZR6 A0A0P4WJQ7 K1R1F0 A0A182M049 M7BXF6 A0A2C9GGD1 A0A0P6J643 A0A2P2HZY3 T1FUD3 G3URY6 A0A182PKS9 O93257 A0A091HLI4 V5HP69 D3BIG5 F1NED5 A0A1D5PKF7 A0A131Y1D3 A0A091S6E1 A0A0Q3TEI3 T2MGH8 A0A2L2Y8B8 A0A3Q2G991 A0A182VZW2 A0A1U7S934 G1NHT5 A0A3Q2DM14 A0A1U7RXR6 R7VY25 A0A2I0MJF2 A0A1L8DX21 G1KCX9 B3SBI2 A0A336M5J1 U3I9T6 A0A369S1K2 A0A3M7T062 A0A091NB07 A0A1Q3F3H2 A0A151NHL3 T1J442 A0A0F7Z7V5 A0A1B6K8I0 A0A2D4F0E3 A0A2D4IEY3 A0A091QMV6 W5KJI9 H9H703 A0A2H6N928 G3WB04 V9KLQ0 A0A2D4Q3U7 A0A131YNA0 Q26228 A0A2I0USE4 U3KBP9 A0A2D4Q3V7 A0A2B4SAB1
A0A194R192 A0A0N0PAF2 A0A194QCW0 A0A2Z5TRK7 A0A182NR69 A0A0K2UHW4 A0A2T7PJ38 V4A296 A0A2R2MP62 A0A1J1IT29 A0A210PZ73 A0A088DJF3 A0A067R5P0 A0A182Y423 A0A182XAF9 A0A182LE76 A0A2J7PVN4 Q7QCL6 A0A182VGW0 F7E5D3 F7BBB7 Q6DJB1 A0A182HS98 A0A060A9J5 Q9W626 A0A182RTH7 R7V0Z7 A0A182UJM6 A0A1L8GNA8 C3Z1F8 A0A182GZ46 A0A182QLZ5 Q6AZR6 A0A0P4WJQ7 K1R1F0 A0A182M049 M7BXF6 A0A2C9GGD1 A0A0P6J643 A0A2P2HZY3 T1FUD3 G3URY6 A0A182PKS9 O93257 A0A091HLI4 V5HP69 D3BIG5 F1NED5 A0A1D5PKF7 A0A131Y1D3 A0A091S6E1 A0A0Q3TEI3 T2MGH8 A0A2L2Y8B8 A0A3Q2G991 A0A182VZW2 A0A1U7S934 G1NHT5 A0A3Q2DM14 A0A1U7RXR6 R7VY25 A0A2I0MJF2 A0A1L8DX21 G1KCX9 B3SBI2 A0A336M5J1 U3I9T6 A0A369S1K2 A0A3M7T062 A0A091NB07 A0A1Q3F3H2 A0A151NHL3 T1J442 A0A0F7Z7V5 A0A1B6K8I0 A0A2D4F0E3 A0A2D4IEY3 A0A091QMV6 W5KJI9 H9H703 A0A2H6N928 G3WB04 V9KLQ0 A0A2D4Q3U7 A0A131YNA0 Q26228 A0A2I0USE4 U3KBP9 A0A2D4Q3V7 A0A2B4SAB1
PDB
1JEY
E-value=1.1881e-30,
Score=334
Ontologies
GO
GO:0043564
GO:0003684
GO:0006303
GO:0000723
GO:0042162
GO:0004003
GO:0000784
GO:0071481
GO:0071480
GO:0016301
GO:0005654
GO:0045892
GO:0003723
GO:0006310
GO:0005524
GO:0051575
GO:1990904
GO:0070419
GO:0097680
GO:0045860
GO:0048660
GO:0005667
GO:0032993
GO:0002218
GO:0045944
GO:0044877
GO:0008022
GO:0051290
GO:0005730
GO:0044212
GO:0003691
GO:0030332
GO:0016887
GO:0010212
GO:0005694
GO:0003677
GO:0005634
GO:0006418
GO:0003824
PANTHER
Topology
Subcellular location
Nucleus
Chromosome
Chromosome
Length:
580
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.0577000000000002
Exp number, first 60 AAs:
0.0532900000000001
Total prob of N-in:
0.00365
outside
1 - 580
Population Genetic Test Statistics
Pi
118.559613
Theta
162.005104
Tajima's D
-0.610671
CLR
0.253096
CSRT
0.215689215539223
Interpretation
Uncertain
